元分析:问题型学习对学生批判性思维能力的影响

Miterianifa, Y. Trisnayanti, A. Khoiri, H. D. Ayu
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引用次数: 22

摘要

本荟萃分析旨在总结基于问题的学习对提高物理、化学和生物科目学生批判性思维的影响的研究结果。平均而言,大尺寸(ES)的影响,基于学习到关键的影响百分比是最大的,变量之间的关系对提高学生在科学(物理,化学和生物)中的批判性思维技能。研究方法采用描述性调查研究的形式。在这项研究中,可以对预先定义的标准进行荟萃分析的研究进行了检查,并确定了98项符合这些标准的研究。数据分析结果显示,效应量为1.2,效应为83.45%。从得到的变量之间的关系来看,基于基础学习对提高企业家政治能力的效果最好,在物理课上应用它,其效应量为1.36类,非常高,提供了90%的影响。在未来,本研究的结果有望为PBL在科学学习中提高学生批判性思维技能的应用提供参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Meta-analysis: The effect of problem-based learning on students’ critical thinking skills
This meta-analysis aims to summarize the results of research on the effect of problem-based learning in improving students’ critical thinking on physics, chemistry and biology subjects. The influence of large size (ES) on average, the percentage of influence based on learning to the critical is greatest and the relationship between variables towards improving students’ critical thinking skills in science (physics, chemistry, and biology). The research method used is descriptive with the form of survey research. In the study, studies, which can be meta-analysed concerning predefined criteria, were examined and 98 studies fulfilling these criteria were identified. The results of the data analysis resulted in an effect size of 1.2 with an effect of 83.45%. From the relationship between the variables obtained, Based on Based Learning in enhancing the ability of politics Entrepreneurs who best apply it during physics lessons, with the effect size of 1.36 categories is very high and provides an influence of 90%. In the future, it is expected that the results of this study can be a reference to review the application of PBL to improve students’ critical thinking skills in science learning.
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